Interest in implantable microchips for medical sensors is increasing. To reduce the
invasiveness of implantation, wireless data transmission in a living body is an important …

In this paper, we demonstrate an implantable distributed biomedical photonic device that is
based on a dedicated complementary metal-oxide-semiconductor (CMOS) image sensor …

Ultra small scale implants have gained lots of importance for both acute and chronic
applications. Optical techniques hold the key to miniaturizing these devices to long sought …

This article presents a feasibility study on the transmission of information through the
biological tissues exploiting light. The experimental results demonstrating the potentials of …

This paper presents a concept design of an injectable implanted biomedical device that is
capable of optically stimulating the biological tissue and record the green light emitted from …

Ultrasmall scale implants have recently attracted focus as valuable tools for monitoring both
acute and chronic diseases. Semiconductor optical technologies are the key to miniaturizing …

The focus of this paper is the feasibility of Visible Light Communication (VLC) for the
monitoring of implants in rodents by example of two approaches. One of the VLC variants is …

Light has been used in many medical applications to monitor health status and diagnose
diseases. Examples include optical sensing through nearinfrared (NIR) spectroscopy …

To better understand the brain function based on neural activity, a minimally invasive
analysis technology in a freely moving animal is necessary. Such technology would provide …

This paper presents an implantable fluorescence system with a composite emission filter
and fiber-coupled laser excitation. The composite structure of the short-pass interference …